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Optimal Automatic Generation Control of Asynchronous Power Systems Using Output Feedback Control Strategy with Dynamic Participation of Wind Turbines

机译:风力发电机动态参与的输出反馈控制策略优化异步发电系统自动发电控制

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摘要

This article presents the design of optimal output feedback automatic generation control regulators for an interconnected power system with dynamic participation of doubly fed induction generator based wind turbines. The power systems consist of plants with hydro-thermal turbines and are interconnected via parallel AC/DC links. Efforts have been made to propose optimal automatic generation control regulators based on feedback of output state variables, which are easily accessible and available for the measurement. The designed optimal output feedback automatic generation control regulators are implemented, and the system dynamic responses for various system states are obtained considering 1% load perturbation in one of the areas. The dynamic performance is compared with that obtained with optimal automatic generation control regulators designed using full state vector feedback. The pattern of closed-loop eigenvalues is also determined to test the system stability.
机译:本文介绍了一种基于双馈感应发电机的风力发电机组动态参与的互连电力系统的最优输出反馈自动发电控制调节器的设计。电力系统由带水力发电机的电厂组成,并通过并联的AC / DC链路互连。已经做出努力来基于输出状态变量的反馈来提出最佳的自动发电控制调节器,该输出状态变量易于访问并且可用于测量。实现了设计的最佳输出反馈自动发电控制调节器,考虑了其中一个区域的1%负载扰动,获得了各种系统状态的系统动态响应。将动态性能与使用全状态矢量反馈设计的最佳自动发电控制调节器获得的动态性能进行比较。还确定了闭环特征值的模式以测试系统稳定性。

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